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Clementine Extended - Development Roadmap

🎉 Current Status: v0.0.3-experimental Released!

✅ Completed:

  • Linux x86_64 build (DEB + binary)
  • GitHub Release published
  • Build system optimized
  • Basic functionality tested

🚀 Next Development Steps

Phase 1: Platform Expansion (Priority: High)

1.1 Windows Support 🪟

Goal: Native Windows installer (.exe) Approach:

  • Set up Windows development environment (VM or dual-boot)
  • Use Visual Studio 2022 with Qt5 MSVC build
  • Create NSIS installer with Windows-native dependencies
  • Test on Windows 10/11 systems

Tasks:

  • Install Windows development environment
  • Configure Qt5 for Windows (MSVC)
  • Compile Windows binary
  • Package with NSIS installer
  • Test Windows installation process

1.2 ARM64 Linux Support 🍓

Goal: Raspberry Pi 5 (8GB) and ARM64 systems Approach:

  • Set up native ARM64 build environment (preferably on Raspberry Pi 5)
  • Cross-compile dependencies for ARM64 or build natively
  • Create ARM64 .deb package
  • Note: AI stem separation requires significant RAM and CPU - Raspberry Pi 4 not recommended

Tasks:

  • Configure ARM64 build environment (Raspberry Pi 5 8GB recommended)
  • Install Qt5 ARM64 development libraries
  • Build dependencies natively or cross-compile
  • Create ARM64 .deb package
  • Test on Raspberry Pi 5 (AI features) and Pi 4 (basic playback)

Phase 2: Modern Package Formats (Priority: Medium)

2.1 Universal Linux Packages 📦

Tasks:

  • Create AppImage (portable across all Linux distros)
  • Build Flatpak package (sandboxed installation)
  • Create Snap package (Ubuntu Software Store)

2.2 Distribution Integration 🏛️

Goal: Integration in offizielle Linux-Distribution Repositories Benefits: Einfache Installation über Standard-Paketmanager (apt, pacman, dnf)

Debian/Ubuntu Repositories:

  • Create Debian ITP (Intent to Package)
  • Check Debian Policy compliance
  • Find Debian Maintainer or become one
  • Submit package to Debian unstable
  • Create Ubuntu PPA (Personal Package Archive)
  • Set up automatic builds for Ubuntu Releases

Arch Linux (AUR):

  • Create PKGBUILD for clementine-extended
  • Submit AUR Package
  • Process community feedback
  • Take maintainer responsibility
  • Automatic updates for new releases

Fedora/RHEL/CentOS:

  • RPM .spec Datei erstellen
  • Fedora Package Review Process
  • COPR Repository (Community Build Service)
  • EPEL Package für CentOS/RHEL
  • RPM Fusion falls proprietäre Codecs

openSUSE:

  • Build Service (OBS) Package
  • openSUSE Factory Integration
  • Tumbleweed Rolling Release Support

Smaller Distros:

  • Gentoo Ebuild (Portage)
  • NixOS Package
  • Alpine Linux Package
  • Void Linux Template

Phase 3: Feature Enhancements (Priority: Medium)

3.1 Audio Engine Improvements 🎵

Tasks:

  • Implement additional audio codecs (OPUS, DSD)
  • Add high-resolution audio support (24-bit/192kHz)
  • Improve crossfading algorithms
  • Add audio effects (reverb, equalizer presets)

3.2 Modern UI/UX 🎨

Tasks:

  • Dark mode theme
  • Material Design elements
  • Responsive layout for different screen sizes
  • Touch-friendly interface for tablets

3.3 Cloud Integration ☁️

Tasks:

  • Spotify integration (if legally possible)
  • YouTube Music support
  • Cloud playlist synchronization
  • Online radio improvements

Phase 4: Advanced Features (Priority: Low)

4.1 Mobile Integration 📱

Tasks:

  • Android remote control app
  • iOS companion app
  • Network media sharing
  • DLNA/UPnP support

4.2 Advanced Audio Processing 🔊

Tasks:

  • Real-time audio analysis
  • Advanced DSP effects
  • Room correction
  • Audio normalization

🛠️ Immediate Next Steps (This Week)

1. Windows Development Setup (Day 1-2)

# Option A: Windows VM
- Install VirtualBox/VMware
- Download Windows 10/11 ISO
- Set up development environment

# Option B: Dual-boot setup
- Create Windows partition
- Install Visual Studio 2022
- Install Qt5 MSVC version

2. ARM64 Environment (Day 3-4)

# Set up cross-compilation
sudo apt install gcc-aarch64-linux-gnu g++-aarch64-linux-gnu
sudo apt install libc6-dev-arm64-cross

# Alternative: Use actual ARM64 system
# - Raspberry Pi 5 with 8GB RAM (recommended for AI features)
# - Raspberry Pi 4 with 8GB RAM (basic playback only)
# - Native compilation environment

3. Code Quality Improvements (Day 5-7)

# Add automated testing
- Unit tests for core functionality
- Integration tests for audio playback
- Memory leak detection
- Performance benchmarking

📋 Development Environment Setup

Required Tools:

  • Cross-platform: Qt Creator, CMake, Git
  • Windows: Visual Studio 2022, NSIS
  • Linux: GCC, pkg-config, development libraries
  • Testing: Valgrind, GDB, Qt Test framework

Repository Structure:

clementine-extended/
├── src/                    # Source code
├── build-scripts/          # Platform-specific build scripts
├── installers/            # NSIS, deb, etc.
├── docs/                  # Documentation
├── tests/                 # Automated tests
├── ci/                    # GitHub Actions workflows
└── packages/              # Build outputs

🎯 Success Metrics

v0.0.4 Goals:

  • Windows installer working
  • ARM64 Linux support
  • 3 platform coverage (x86_64 Linux, Windows, ARM64 Linux)
  • Automated CI/CD pipeline

v0.1.0 Goals:

  • 5+ platform packages available
  • Community feedback incorporated
  • Performance optimizations
  • Feature parity with original Clementine

🤝 Community Engagement

Immediate Actions:

  • Create GitHub Discussions for feature requests
  • Set up issue templates
  • Write contributor guidelines
  • Create development documentation

Long-term:

  • Build community of contributors
  • Regular release schedule
  • User feedback integration
  • Translation support

Recommendation: Start with Windows support as it has the highest user impact and is technically achievable with your current setup.